Ultra-low F/# for superb low-light imaging in Automotive, Autonomous and Security related applications, 4K, Low-Ghost design provides excellent image quality.
• Hybrid lens for excellent image and distortion characteristics • HDR-Optimized for Low flare and ghost • High (4K) resolution and extremely low F/# for bright, sharp images.
DSL165 is a high-performance lens with ultra-low F/# for superior low light imaging in Automotive, Autonomous and Security applications. Low-Ghost HDR and 4K design provide excellent image quality. The all-glass construction makes it thermally stable and ideally-suited for indoor or outdoor applications in harsh environments.
The DSL491 is an all-glass, high-resolution (4K+), wide- angle lens designed for HDR and/or 4K sensors up to 1/2”format size. The design provides a maximum FOV of 150 ̊ at maximum image circle of 8.0mm. The compactsize and thermal stability make this lens ideal for security and other high-quality indoor/outdoor imaging applications.
The DSL612 lens is a miniature 4K HDR lens designed for HDR or standard sensors up to 1/1.8” format size. The low F-number, thermal stability and Sunex LowGhostTM HDR characteristics make this lens ideal for security, wearable, drone and video-conferencing applications where high sharpness and environmental stability are required.
The DSL934B is a multi-element glass lens optimized for 3-5MP imagers with up to 1/1.8” format size. The compact size and all-glass all-metal construction make this lens ideal for applications requiring high resolution and temperature stability such as discreet outdoor security cameras.
The DSL935 lens is a multiple element glass lens optimized for 1/1.8” format imagers with up to 5MP resolution. The small form factor makes this lens ideal for high performance handheld cameras.
The DSL936 is a multi-element glass lens optimized for 1⁄2” imagers with up to 5MP resolution. The DSL936 is Day/Night optimized for improved performance in the near infrared making this lens ideal for applications which require active illumination at 850nm or 940nm.